104results about How to "Reliable input" patented technology

The present invention is a self-test circuit (BIST) incorporated in the memory device, which is activated in response to a test activation signal from outside. When this self-test circuit is activated in response to a test activation signal (WBIZ) from outside, it generates a test operation command (WBI-CMD), generates a test address (WBI-ADD), and generates test data (WBI-DATA). Furthermore, after the self-test circuit writes the test data to a memory cell, it effects a comparison to establish whether or not the read data that is read from this memory cell is the same as the test data that was written thereto and stores information as to the result of this comparison. This comparison result information is then output to the outside.

A thrombectomy catheter deployment system which greatly simplifies setup procedures and operation of a thrombectomy catheter includes a stand alone drive unit and a disposable pump/catheter assembly which is manually placed into a carriage assembly in the drive unit. The pump/catheter assembly has a plurality of preconnected components including tubular structure and a thrombectomy catheter connected thereto and is transported into or out of the interior of the drive unit for automatic high pressure pump piston head engagement or disengagement with a reciprocating linear actuator and for automatic engagement or disengagement of an effluent waste tube with a roller pump. A barcode reader senses specific operational data pertaining to an individual pump and provides an interface for operation of the reciprocating linear actuator. A bubble trap incorporated for effective debubbling of saline solution is closely coupled to an insert molded pump having an improved valve arrangement. A spiked bag with large tubing is incorporated for bubble-free transfer of saline.

A method for generating input information associated with a question to be provided to a simulation device on-board a platform. The question is elected among a plurality of questions. A simulation criterion corresponding to the simulation is determined. A simulation scenario is modified depending upon the question. The input information is generated depending upon the elected question and the simulation criterion.

An electronic device, e.g. a mobile telephone, may comprise an input device such as a rocker key device for operating functions in the electronic device. The input device may comprise a switch device with at least one switch pad mounted on a support structure, and an input actuator for actuating the switch device. Each switch pad comprises a plurality of press detection switches. Each press detection switch of the multiple press detection switches is configured to output a signal upon depression of the press detection switch, when the switch pad is actuated by means of the input actuator. Some embodiments of the present invention provide the user of a communication device with a more reliable input of data/commands and at the same time achieves a higher redundancy for such input. The invention also reduces the height of a portable electronic device and also the number of components required for doing this, and therefore reduces the cost of the device. Furthermore, the invention also provides a very low height and a flat shape of the actuator when implemented in a mobile device, whereby the use of the restricted space in such a device is optimized.

A protective panel with a touch input function for an electronic apparatus display window is adapted to be fitted into a panel fitting section of a casing having an opening without a gap so as to be held therein such that the outside surface thereof forms the same plane, with a display disposed the panel below being protected in such a manner as to be visually recognized from the outside through a transparent window portion, wherein a fine concave/convex portion is partly formed on the surface of a hard coat layer.

It is aimed to provide a bone-conduction speaker device which makes no leakage of sound annoying the other and does not restrict posture and rolling-over motion of the user when lying on a bed or sitting on a sofa, and which makes highly reliable and excellent transmission and receiving of sound signal as to enable enjoying of music or the like with almost no locational restrictions. The speaker device comprises: a transmitter converting the inputted sound signal into output of infrared signal and then transmitting it; a receiver demodulating the inputted infrared signal into the sound signal; a bone-conduction speaker amplifying the sound signal and outputting it as sound vibration; and a pad-shaped elastic cushioning body holding on its surface the bone-conduction speaker, thereby forming a pad embedded with the bone-conduction speaker(s). Photo-acceptors for the receiver are arranged on fringe of the cushioning body as spaced apart to each other.

In an input device for inputting characters on a user interface by handwriting, the movement of an input unit, in particular a finger of a user, is detected and converted to an input pattern corresponding to the detected movement. The input pattern is compared with stored characters of a character set, and if the input pattern sufficiently matches one of the stored characters, the character is selected. During the input, the user receives acoustic feedback about the input process, such that the acoustic feedback signal is output in a constant manner outside a defined edge area of the user interface and is output in an incremental or continuous manner at a decreasing distance from the edge in a defined edge area of the user interface.

A touch input device that includes a housing which has an insulation property; a piezoelectric element group which includes a plurality of piezoelectric elements which produce charges when stretched in a direction parallel to a flat film surface; and an adhesive member which adheres the piezoelectric element group to a back surface of the housing.

Disclosed is a sewing machine, characterized in that when the area facing the inner side of the sewing machine(M), which is provided with a retainer frame(11) is kept on the sewing target object, the needle(8) of the sewing machine drops, forming stitches; the coordinate data corresponding to the positions of the stitches are inputted into the sewing machine(M) and then judgment of whether the coordinate data is contained in the prearranged coordinate data corresponding to the sewable area is carried out and then the judgment result is displayed in a displayer in different modes with respect to whether the coordinate data is contained in the prearranged coordinate data or not. Therefore, the sewing machine of the invention is easy to tell the data regarding the sewing of the sewing machine and to tell whether the data are effective for sewing.

An operation input device system and method are provided. The operation input device includes a touch pad having an operation plate on a surface of which an operation surface is formed. The touch pad is configured to sense an object in contact with or in proximity to the operation surface to receive input corresponding to a position of the sensed object. A hole portion provided to penetrate through the operation plate and a protrusion member inserted into the hole portion. The operation input device also includes a drive mechanism provided on a back surface side of the operation plate and configured to cause an advancing/retracting operation of the protrusion member along a direction intersecting the operation surface between a first state in which a distal end portion of the protrusion member is above the operation surface and a second state in which the distal end portion is not above the operation surface.

The invention relates to a space laboratory information system based on an advanced in-orbit data processing method. The telemetering, instruction and communication functions are realized through a data information system based on a 1553B bus, and the high-speed data transmission is realized through a high-speed data transmission system based on AOS. The space laboratory information system based on the advanced in-orbit data processing method disclosed by the invention can support a manned spacecraft to accomplish all in-orbit functions.

A portable electronic device and an auxiliary device each having an interface allowing the establishment of a communication link between them, at least to be able to transmit data representative of a status information from the auxiliary device to the portable electronic device, and-a method of of establishing a measure of an absolute elapsed time in a listening device. The problem is solved in that the portable electronic device has a timing unit for determining a time interval and a memory for storing data, and wherein the auxiliary device has a master timing unit for providing a signal representative of the present time, and wherein the system is adapted to transfer a signal representative of the present time from the auxiliary device to the portable electronic device and to store it in the memory.

The invention discloses a UPS (Uninterrupted Power System), and the system comprises an air circuit breaker Q1, an air circuit breaker Q2, a maintenance bypass air switch Q3BP, a bypass static switch, a rectification module REC, an inversion module INV, an output isolation transformer TR2, a main circuit static switch, an air circuit breaker Q5, a contact-type normally-opened contact KM, and a storage battery. A main input circuit AC power supply is inputted from the air circuit breaker Q1, and the AC power supply is converted into a DC power supply through the rectification module REC, thereby completing the AC/DC conversion, so as to charge the storage battery in parallel connection with a main input circuit and to provide a reliable input direct current for the inversion module INV. The inversion module INV carries out the DC/AC conversion, and converts the DC power supply provided by the rectification module REC and the storage battery into the AC power supply. The AC power supply is outputted through the output isolation transformer TR2. A bypass input power supply is inputted from the air circuit breaker Q2, and is controlled by the bypass static switch and then is outputted. The UPS is stable in voltage, is quick and efficient, is simple in operation, and is convenient to maintain.

An operation input system and method are provided. The system includes a touch pad having an operation plate on a surface of which an operation surface is formed. The touch pad is configured to sense an object in contact with or in proximity to the operation surface to receive input corresponding to a position of the sensed object. A plurality of protrusion members are provided having distal end portions which are configured to penetrate through the operation plate to protrude from the operation surface. The system also includes a state sensing section that senses a first state in which at least one of the distal end portions are above the operation surface and a second state in which no distal end portions are above the operation surface and an input reception section that receives input when the protrusion member has been changed from the first state to the second state.

To allow operation by an operation unit even when there is no detection input of a human detection sensor in an electric rice cooker which is provided with the human detection sensor and is configured to control a function of the operation unit in accordance with detection input or no detection input of the human detection sensor. The electric rice cooker comprises: an operation unit performing operation setting of control input to rice cooker control means in a conductive state; and a human detection sensor which detects whether or not there is an operator operating the operation unit, controls the operation unit into a conductive state in which setting of the control input to the rice cooker control means is possible when the operator is present, and controls the operation unit into a non-conductive state in which setting of the control input to the rice cooker control means is impossible when the operator is not present. Even when the operation unit is controlled into the non-conductive state and the human detection sensor does not detect the presence of the operator, the conductive state is recovered in the case where the operator operates or will operate the operation unit.

A mobile crushing system is for crushing inputted objects and dropping the crushed objects directly into an ore path. The mobile crushing system includes a crusher vehicle on which a crushing device for crushing the objects is mounted and which includes carriers, and a feeder vehicle on which a transfer device for transferring the objects to the crushing device and which includes carriers. The crusher vehicle and the feeder vehicle travel independently and include a crusher-side connecting portion and a feeder-side connecting portion that are connected to each other. During crushing operation, the ore path is interposed between the crusher vehicle and the feeder vehicle in the front-rear direction.

The invention discloses a precise determination method of extreme working conditions of external heat flow of an orbit of a remote sensor in a whole life cycle, and belongs to the technical field of precise heat control of spatial optical remote sensors. The method specifically includes: 1), selecting parts, which are on a satellite and block the external heat flow of a light entrance of the remote sensor, and parts which are inside the remote sensor and in radiation heat exchange with an optical lens, ignoring radiation, heat capacity and heat conductivity of the back of the optical lens, andestablishing a finite-element heat model of the remote sensor; (2), adopting heat analysis software to calculate temperature of all finite-element nodes of the finite-element heat model of the remotesensor in the whole life cycle according to the preset orbit, and extracting temperature of each finite-element node of the optical lens of the remote sensor in the whole life cycle therefrom; and (3), calculating external heat flow absorbed by each finite-element node of the optical lens of the remote sensor in the whole life cycle according to temperature of the optical lens of the remote sensor in the whole life cycle, and selecting extremum values of the external heat flow to determine the extreme working conditions of the external heat flow of the orbit of the remote sensor in the wholelife cycle. According to the method, calculation is comprehensive, efficiency is high, and precision is high.

The disclosure relates to a method performed by a computer for identifying a space that a user of a gaze tracking system is viewing, the method comprising obtaining gaze tracking sensor data, generating gaze data comprising a probability distribution using the sensor data by processing the sensor data by a trained model and identifying a space that the user is viewing using the probability distribution.